3D Intra-Cardiac Echography (3D-ICE)

Themes: Ultrasound ASICs

In this project, novel transducers, integrated electronics and visualization methods will be developed that will enable real-time 3D ultrasound imaging at the tip of a catheter

A variety of cardiovascular conditions can be treated using minimally-invasive interventions. These interventions are much less stressful to the patient than conventional surgery, shortening recovery time and allowing treatment to take place even at advanced age. Examples are rhythm-disorder treatments or catheter-based valve replacement. Accurate visualization is crucial for the success of such interventions, but currently only two-dimensional visualization is possible. These complex procedures would greatly benefit from real-time three-dimensional (3D) visualization.

In this project, novel 3D visualization methods will be developed that will enable the realization of a real-time 3D catheter-based ultrasound probe. This probe will contain 500+ very small ultrasonic transmitters and receivers and integrated electronics for digitizing and transfer of data. The probe will be mounted on a 3.3 mm catheter that can be inserted into the chambers of the heart. From the data produced by the probe, real-time 3D images of the volume where the cardiologist performs his procedure or treatment, will be rendered. Combined with CT or MRI data, this real-time feedback to the physician will significantly improve the quality of cardiac procedures.

Project data

Researchers: Yannick Hopf, Zu-yao Chang, Michiel Pertijs
Starting date: January 2017
Closing date: June 2022
Sponsor: NWO-TTW
Partners:

Laboratory of Acoustical Wavefield Imaging, Faculty of Applied Sciences, Delft University of Technology

Thoraxcenter, Erasmus MC, Rotterdam, The Netherlands

Contact: Michiel Pertijs

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